Simulation of electrochemical processes II / Editors, V . G. DeGiorgi, C. A. Brebbia and R. A . Adey

Section 1: Modeling methodologies

- Micro-scale computer modeling of the relationship between metallurgical microstructure and localized corrosion effects
- Mesoscopic modeling of corrosion processes: pitting morphology evolution
- Dual reciprocity boundary element method for iron corrosion in acidic solution
- An analytical modeling method for calculating the maximum cathode current deliverable by a circular cathode under atmospheric exposure
Etc.

Section 2: Cathode protection systems

- 3D cathode protection design of ship hulls
- Validation plan for boundary element method modeling of impressed current cathodic protection system design and control response
- Predicting the performance of cathodic protection systems with large scale interference
Etc.

Section 3: Experimental measurements and computer results

- Dipole modeling and sensor design
- Transport phenomena in an electrochemical rotating cylinder reactor
- Simulation of the electrical transient during the porous anodizing of pure aluminum substrate
Etc.

Section 4: Interference and signature control

- Predicting corrosion related signatures
- Fast solution techniques for corrosion and signatures modeling
- Corrosion related electromagnetic signatures measurements and modeling on a 1:40th scaled model
Etc.

Section 5: Stress corrosion, cracking and corrosion fatigue

- Modeling environmentally assisted cracking in pipeline steels
- On the SCC behavior of austenitic stainless steels in boiling saturated magnesium chloride solution
- Electrochemical behavior and corrosion sensitivity of prestressed steel in cement grout
Etc.

Section 6: Detection and monitoring of corrosion

- Corrosion detection by multi-step genetic algorithm
- A reactive transport model for evaluating the long-term performance of stainless steels in concrete
Etc.

Bibliographic references : p.338
Index : p.339-340